This paper describes the calculation of torque in a brushless permanent-magnet line-start AC motor by means of the flux-MMF diagram in combination with the finite-element method. Results are compared with measured flux-MMF diagrams, with shaft torque measurements, and with torque calculated using the classical phasor diagram
The flux-MMF diagram or "energy conversion loop" is a powerful tool for computing the average torque...
In the paper an approach to broad torque analysis of a shaded-pole induction motor (SPIM) is presen...
An interior permanent-magnet (PM) motor is modeled by a combined analytical-numerical approach, in w...
This paper describes the calculation of torque in a brushless permanent-magnet line-start AC motor b...
*Abstract-- This paper introduces a new analytical method for performing the output torque calculati...
This paper uses the flux-MMF diagram to compare and contrast the torque production mechanism in seve...
speedlab.co.uk Abstract—The flux-MMF diagram or “energy conversion loop ” is a powerful tool for com...
For the calculation of torque in brushless (BL) alternating current motors a local method is propose...
The flux-magnetomotive force (flux-MMF) diagram, or "energy conversion loop," is a powerful tool for...
This paper aims to define a minimum set of finite element solutions to be used in the design and ana...
This paper studies the calculation of torque in a permanent magnet motor finite element simulation u...
This paper aims to define a minimum set of finite-element (FE) solutions to be used in the design an...
This paper describes the theory underlying the formulation of a “minimum set” of finite-element solu...
This paper deals with computational analysis of forces and torques in small p.m. motors. A simpler a...
Written for electrical, electronics and mechanical engineers responsible for designing and specifyin...
The flux-MMF diagram or "energy conversion loop" is a powerful tool for computing the average torque...
In the paper an approach to broad torque analysis of a shaded-pole induction motor (SPIM) is presen...
An interior permanent-magnet (PM) motor is modeled by a combined analytical-numerical approach, in w...
This paper describes the calculation of torque in a brushless permanent-magnet line-start AC motor b...
*Abstract-- This paper introduces a new analytical method for performing the output torque calculati...
This paper uses the flux-MMF diagram to compare and contrast the torque production mechanism in seve...
speedlab.co.uk Abstract—The flux-MMF diagram or “energy conversion loop ” is a powerful tool for com...
For the calculation of torque in brushless (BL) alternating current motors a local method is propose...
The flux-magnetomotive force (flux-MMF) diagram, or "energy conversion loop," is a powerful tool for...
This paper aims to define a minimum set of finite element solutions to be used in the design and ana...
This paper studies the calculation of torque in a permanent magnet motor finite element simulation u...
This paper aims to define a minimum set of finite-element (FE) solutions to be used in the design an...
This paper describes the theory underlying the formulation of a “minimum set” of finite-element solu...
This paper deals with computational analysis of forces and torques in small p.m. motors. A simpler a...
Written for electrical, electronics and mechanical engineers responsible for designing and specifyin...
The flux-MMF diagram or "energy conversion loop" is a powerful tool for computing the average torque...
In the paper an approach to broad torque analysis of a shaded-pole induction motor (SPIM) is presen...
An interior permanent-magnet (PM) motor is modeled by a combined analytical-numerical approach, in w...
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